The electrical distribution component MOREK QuickBar Fork Busbar 1-Phase 16mm² Type E 12 Modules MEF11216A00 is compared against several alternative MOREK busbars, featuring various phase counts, lengths in modules, and terminal connection types (fork vs. pin). All compared items share the reliable QuickBar series standard, a 16mm² conductor cross-section, and a Type E configuration. The primary differences lie in the number of phases, terminal design, and total module length, which dictate their compatibility with specific switchboard layouts.
⚙️ The specifications comparison evaluates core parameters such as contact type, phase count, conductor cross-section, total length in modules, and practical installation suitability within electrical panels.
| Parameter | MOREK QuickBar Fork Busbar 1-Phase 16mm² Type E 12 Modules MEF11216A00 | MOREK QuickBar 1-phase pin busbar 16mm² type E 15 modules MEP11516A00 | MOREK QuickBar Fork Busbar 3-Pole 16mm² Type E 12-Module | MOREK QuickBar Fork Busbar 4-Pole 16mm² Type E 12 Modules | MOREK QuickBar Fork Busbar 3-Pole 16mm² Type E 6 Modules MEF30616A00 | MOREK QuickBar Fork Busbar 3-Pole 16mm² Type E 15 Modules MEF31516A00 | Practical Significance |
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| Contact Type | Fork | Pin | Fork | Fork | Fork | Fork | Fork terminals provide a secure dual-clamping screw connection, whereas pin terminals offer compatibility with alternative modular device clamp designs. |
| Phase Count | 1-Phase | 1-Phase | 3-Pole | 4-Pole | 3-Pole | 3-Pole | Single-phase models distribute power in residential setups, while three- and four-pole options handle multi-phase industrial or heavy commercial loads. |
| Conductor Cross-Section | 16 mm² | 16 mm² | 16 mm² | 16 mm² | 16 mm² | 16 mm² | All products maintain identical current-carrying capacity for standard electrical distribution requirements. |
| Length in Modules | 12 Modules | 15 Modules | 12 Modules | 12 Modules | 6 Modules | 15 Modules | The module count defines the capacity and spatial coverage for connecting modular devices inside the distribution board. |
◎ The suitability analysis helps determine which product variant matches specific installation scenarios across different electrical distribution environments.
| Use Case | Recommended Product | Why |
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| Single-phase 12-module installation | MOREK QuickBar Fork Busbar 1-Phase 16mm² Type E 12 Modules MEF11216A00 | Best suited for standard single-phase distribution boards requiring a 12-module capacity and fork terminals. |
| Single-phase 15-module connection | MOREK QuickBar 1-phase pin busbar 16mm² type E 15 modules MEP11516A00 | Provides an extended 15-module length utilizing pin-type connections for compatible modular devices. |
| Three-phase 12-module distribution | MOREK QuickBar Fork Busbar 3-Pole 16mm² Type E 12-Module | Required when routing three-phase power across a 12-module span using fork connections. |
| Four-pole electrical systems | MOREK QuickBar Fork Busbar 4-Pole 16mm² Type E 12 Modules | Essential for advanced distribution layouts utilizing four-pole switching and protection devices. |
| Compact three-phase 6-module boards | MOREK QuickBar Fork Busbar 3-Pole 16mm² Type E 6 Modules MEF30616A00 | Ideal for smaller three-phase distribution panels with limited space restrictions. |
| Extended three-phase 15-module setups | MOREK QuickBar Fork Busbar 3-Pole 16mm² Type E 15 Modules MEF31516A00 | Offers long-span three-phase power distribution for large-scale switchgear assemblies. |
The MOREK QuickBar Fork Busbar 1-Phase 16mm² Type E 12 Modules MEF11216A00 differs from alternative models through its single-phase configuration, fork-type terminals, and precise 12-module length. It is the ideal choice for electricians and installers needing a reliable, organized power distribution link for a moderate row of single-phase modular devices. Choose this model when your wiring layout specifically calls for a 1-phase, 12-module fork busbar without the need for multi-phase lines or different terminal formats.
